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A 10-year NIH-funded study used Bayesian statistical modeling to examine the relationship between continuously active EOScu surfaces and HAI reduction. EOS Surfaces representatives discuss the findings, passive infection prevention, environmental recontamination, and why IPs should continue asking tough questions.

Artificial intelligence can help IPs analyze surveillance data, identify patterns, improve training, and reduce repetitive work. Bassel Molaeb explains why AI literacy is becoming an important IPC competency while human validation, clinical context, and professional judgment remain essential.

If your USP <797> environmental monitoring program only identifies problems after an excursion, are you really in control? Rhonda Lintner outlines 3 levels of maturity: compliance, data trending, and genus-level identification.

Claryx has emerged from stealth with funding and a genomic surveillance platform designed to help hospitals identify hidden transmission chains, trace infection sources, and intervene before outbreaks grow.

This week on Infection Control Today, the stories ranged from emerging drug-resistant pathogens circling the globe to a landmark decade of surface science—all against a backdrop of ongoing outbreaks and a hard look at what the profession owes its own workforce.

At AHE 2026 in New Orleans, The Beryl Institute's Stacy Palmer discussed 8 guiding principles for experience excellence and why EVS professionals influence far more than environmental cleanliness. Their interactions, workplace culture, and connection with patients help shape the overall human experience of health care.

During National EVS Week, appreciation matters, but partnership matters more. Environmental services professionals bring infection prevention expertise and a unique understanding of the health care environment that can help identify barriers, improve cleaning and disinfection practices, and ultimately protect patients.

Nearly 4 months into the DRC's Bundibugyo virus disease outbreak, some indicators suggest transmission may be slowing. But shifting hotspots, treatment-center capacity problems, community deaths, and incomplete surveillance data show why national case totals alone cannot determine whether containment has been achieved.